Thunder Group

Thunder Group PLCB241805GR Green Polyethylene Cutting Board, 24" x 18" x 1/2"

$26.76 ~~Precio rebajado$51.10ahorra $24.34~~

Key Features:

Commercial-Grade Polyethylene Construction: Made from high-density polyethylene (PE) that resists staining, won't absorb juices or harbor bacteria and odors, and is gentle enough to preserve knife edges over repeated use.
Generous 18" x 24" x 1/2" Work Surface: A large, rectangular cutting surface provides ample prep space for high-volume commercial kitchen tasks, with a 1/2" thickness offering solid, stable support.
Non-Skid Surface: Textured, non-skid surface keeps the board firmly in place during prep work, reducing slippage and improving safety during heavy use.
NSF Certified: Meets NSF International sanitation and food safety standards, making it compliant for use in professional foodservice environments.
Dishwasher Safe: Designed to withstand cleaning in commercial dishwashers, simplifying sanitation and streamlining kitchen workflow.
Color-Coded for HACCP Compliance: Available in multiple colors (green, white, blue, red, yellow, brown, purple), enabling color-coded food prep protocols to minimize cross-contamination risks in professional kitchens.

Thunder Group PLCB241805GR Green Polyethylene Cutting Board, 24" x 18" x 1/2"

$26.76~~$51.10~~

Detailed Description

The Thunder Group PLCB241805GR is an NSF-certified, high-density polyethylene cutting board measuring 24 x 18 x 1/2, purpose-built for the demands of a commercial kitchen. Its non-absorbent surface resists juice absorption and bacteria growth, while the non-skid texture keeps it firmly in place during heavy prep work. The board is knife-friendly, helping to preserve blade edges through extended use. Dishwasher-safe construction makes sanitation fast and easy, a critical advantage in high-volume foodservice environments. Available in multiple colors to support color-coded food safety programs, this board is a reliable workhorse for any professional kitchen.

Product Details

NSF Certified

Meets NSF International sanitation and food safety standards for commercial kitchen use.

Non-Absorbent Surface

High-density polyethylene resists juice absorption, preventing bacteria growth and odors.

Safe and Stable

Non-skid surface keeps the board firmly in place during prep work for added safety.

Thunder Group green polyethylene cutting board, 18 x 24 inches, shown flat on white background

Commercial-Grade Cutting Board Built for Busy Kitchens

The Thunder Group PLCB241805GR is a 18" x 24" x 1/2" polyethylene cutting board engineered to handle the demands of professional food service. Its high-density PE surface is tough enough to withstand heavy daily use while remaining gentle on knife edges.

Generous 18" x 24" work surface for large prep tasks
1/2" thickness provides solid, sturdy support
Dishwasher safe for fast, convenient sanitation
Color-coded green to support HACCP cross-contamination prevention

Key Specifications

Dimensions24"L x 18"W x 0.5" Thick

MaterialPolyethylene (PE)

CertificationsNSF Certified

CareDishwasher Safe

ShapeRectangular

SeriesPLCB Series

Ideal For

Restaurants and Cafeterias HACCP Color-Coded Programs Catering Operations Delis and Sandwich Stations High-Volume Prep Kitchens

From the Cresco Resco Team

Why You'll Love It

A reliable, NSF-certified polyethylene cutting board that keeps commercial kitchens safe, efficient, and organized.

Perfect for operations using color-coded HACCP food safety systems, with green designating produce or ready-to-eat foods.
The non-absorbent, non-skid surface protects against cross-contamination while staying firmly in place during prep.
Dishwasher safe construction makes end-of-service cleanup fast and thorough, meeting commercial sanitation demands.

Specifications

Brand	Thunder Group
Model Number	PLCB241805GR
Series	PLCB Series
Material	Polyethylene (PE)
Color	Green
Shape	Rectangular
Length	24"
Width	18"
Thickness	1/2" (0.5")
Weight	7.46 lbs
Non-Absorbent	Yes
Non-Skid Surface	Yes
Dishwasher Safe	Yes (Commercial Dishwasher Safe)
Certifications	NSF